Knoll Marie-Therese, Tipold Andrea, Pees Michael, Wissing Sandra, Hetterich Johannes
Clinical Skills Lab, University of Veterinary Medicine Hannover Foundation, 30173 Hannover, Germany.
Department of Small Animal Medicine and Surgery, Neurology, University of Veterinary Medicine Hannover Foundation, 30559 Hannover, Germany.
Animals (Basel). 2025 Mar 13;15(6):824. doi: 10.3390/ani15060824.
A pilot study was conducted with 5th-8th semester students comparing a 3D-printed simulator and a virtual 3D simulation. This study's aim was the comparison of these two resources in three different settings. Assessment of the resources' suitability as teaching devices for performing a central plastrotomy in chelonians took place. One group used the simulator, while the other group used the simulation to practice this method in a preparation course. Afterwards, the practical skills of 28 students were validated in an objective structured clinical examination (OSCE). The students evaluated their respective resources (simulator and simulation). Additionally, 10 practicing veterinarians evaluated the simulator and rated its fidelity as suitable for practicing a plastrotomy. Furthermore, the self-efficacy of the two student groups was compared with each other. An increase in subjective self-assessment of skills in both groups was identified. Students trained on the simulator achieved better results in the OSCE and self-assessment of skills than those trained with the simulation. However, the differences between the groups regarding these aspects were mostly not significant. This study indicates that a 3D-printed chelonian simulator serves as an appropriate teaching device for veterinary students and is a useful addition to established teaching methods, like using cadavers.
对五至八年级的学生进行了一项试点研究,比较了3D打印模拟器和虚拟3D模拟。本研究的目的是在三种不同环境下比较这两种资源。评估了这些资源作为在龟类动物中进行中央腹甲切开术教学设备的适用性。一组使用模拟器,而另一组在预备课程中使用模拟来练习这种方法。之后,28名学生的实践技能在客观结构化临床考试(OSCE)中得到验证。学生们对各自的资源(模拟器和模拟)进行了评估。此外,10名执业兽医对模拟器进行了评估,并将其逼真度评为适合进行腹甲切开术练习。此外,还比较了两个学生组的自我效能感。发现两组学生的主观技能评估均有所提高。在OSCE和技能自我评估中,使用模拟器训练的学生比使用模拟训练的学生取得了更好的成绩。然而,两组在这些方面的差异大多不显著。本研究表明,3D打印的龟类模拟器是兽医学生合适的教学设备,是对使用尸体等既定教学方法的有益补充。